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XDB401 Economical Pressure Transducer
XDB401 series of pressure transducers utilize ceramic pressure sensor core, ensuring exceptional reliability and long-term stability. Encased in a sturdy stainless steel shell structure, the transducers excel in adapting to diverse circumstances and applications, thus they are widely used in various industries and fields.
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XDB307-1 Series Refrigerant Pressure Transducer
XDB307 series of pressure transmitters are purpose-built for refrigeration applications, utilizing ceramic piezoresistive sensing cores housed in stainless steel or copper enclosures. With a compact and user-friendly design, and a specially engineered valve needle for the pressure port, these transmitters ensure excellent electrical performance and long-term stability. Designed to meet the demanding requirements of refrigeration compressors, they are compatible with various refrigerants.
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XDB500 Liquid level Pressure Transmitter
XDB500 series submersible liquid level pressure transmitters feature advanced diffusion silicon pressure sensors and high- precision electronic components. They are designed to be overload-resistant, impact-resistant, and corrosion-resistant, while providing high stability and accuracy in measurement. These transmitters are suitable for various industrial applications and media. With a PTFE pressure-guided design, they serve as an ideal upgrade for traditional liquid level instruments and transmitters.
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XDB308 SS316L Pressure Transmitter
XDB308 series of pressure transmitters incorporates advanced international piezoresistive sensor technology. They offer the flexibility to choose different sensor cores to suit specific applications. Available in all-stainless steel and SS316L thread packages, they provide excellent long-term stability and offer multiple signal outputs. With their versatility, they can handle various media compatible with SS316L and adapt to different circumstances, making them widely utilized across diverse industries.
Robust, monolithic, SS316L thread & hex bolt suitable for corrosive gas, liquid and various media;
Long-term reliability, ease installation and high performance price ratio.
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XDB316 IoT Ceramic Pressure Transducer
XDB 316 series pressure transducers utilize piezoresistive technology, use ceramic core sensor and all stainless steel structure. They are featured with small and delicate design, specially used for IoT industry. As part of the IoT ecosystem, Ceramic Pressure Sensors offer digital output capabilities, making it easier to interface with microcontrollers and IoT platforms. These sensors can seamlessly communicate pressure data to other connected devices, enabling real-time monitoring and data analysis. With their compatibility with standard communication protocols like I2C and SPI, they effortlessly integrate into complex IoT networks.
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XDB410 Digital Pressure Gauge
The digital pressure gauge is mainly composed of a housing, a pressure sensor and a signal processing circuit. It has the advantages of high precision, good corrosion resistance, impact resistance, shock resistance, small temperature drift, and good stability. The micro power processor can achieve seamless working.
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XDB1219-5 Series Thermal flow switch
Thermal flow switches use precision electronic components widely used in aviation and automobiles, and reliable and stable circuit design, making the flow signal more accurate and stable. They are currently widely used in the steel, metallurgy, pharmaceutical, chemical and other industries.
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XDB1219-2A Series Thermal flow switch
Thermal flow switches use precision electronic components widely used in aviation and automobiles, and reliable and stable circuit design, making the flow signal more accurate and stable. They are currently widely used in the steel, metallurgy, pharmaceutical, chemical and other industries.
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XDB1213-2 Series Conductivity Controller
Conductivity is a parameter used to describe the ease with which electric charge flows in a substance. In the formula, conductivity is represented by the Greek letter σ. The standard unit of conductivity σ is Siemens/meter (abbreviated as S/m), which is the reciprocal of resistivity ρ, that is, σ=1/ρ.
When 1 ampere (1 A) current passes through the cross-section of an object and there is a voltage of 1 volt (1 V), the conductivity of the object is 1 S. Siemens is actually equivalent to 1 ampere/volt. If G is the conductivity (unit Siemens), I is the current (unit ampere), and U is the voltage (unit volt), then: G = I/U
The conductivity σ can be calculated by the conductivity G, the cross-sectional area of the conductor A, and the length of the conductor l: σ = Gl/A
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XDB1212-1 Series PH controller
The PH controller is used to measure PH. The PH measurement value can be used to control the dosing. This controller/transmitter can be used as a monitor in water treatment, electrolysis water purification, chemical process, food process, water purification or sewage control.
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XDB1210-7A Series Conductivity Sensor
Water quality analysis conductivity sensor is an important device used to measure the conductivity of water. The conductivity sensor uses two electrodes inserted into the water and calculates the conductivity of the water by measuring the resistance between the electrodes. The higher the ion concentration in the water, the stronger the conductivity and the greater the conductivity.
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XDB1210-5 Series Conductivity Sensor
Water quality analysis conductivity sensor is an important device used to measure the conductivity of water. The conductivity sensor uses two electrodes inserted into the water and calculates the conductivity of the water by measuring the resistance between the electrodes. The higher the ion concentration in the water, the stronger the conductivity and the greater the conductivity.
